Discover the benefits of adopting
power plant inspection drones
Power plant assets are under constant stress and need to be regularly inspected, but this often takes place in confined and hard-to-reach areas. Invest in inspection drones at your power plant and improve worker safety, operational efficiency, and data quality.
Human Risks
Faster Inspections
Lower Costs
Human Risks
Faster Inspections
Lower Costs
Drone applications for power plant inspections
The complete solution for power plant inspection
Collect comprehensive, end-to-end asset data in seconds, and meet the demands of maintenance teams, ensuring precision, efficiency, and safety.
Elios 3 Drone
A collision-tolerant inspection platform specifically designed to perform visual and thermal inspections inside confined spaces and hard-to-reach areas of a power plant, even where GPS is denied and dust is significant. Deploy it in seconds and start collecting data from every corner with no human entry.
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UT Payload
Combined with the Tether Power Unit, the UT Payload allows to remotely collect up to 250 UTM per hour inside boilers, chimneys, scrubbers, and more. It provides the necessary data, precisely localized in the 3D model of the asset, to plan appropriate maintenance without the need for human entry or extensive scaffolding.
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Inspector Software
Integrated data analysis tool used for managing, analyzing, and reporting the data captured by the drone, providing the maintenance teams with precise data and more informed decision-making. Easily compare data over time to see the evolution of defects and know when to act.
LEARN MORE →
Elios 3 Drone
A collision-tolerant inspection platform specifically designed to perform visual and thermal inspections inside confined spaces and hard-to-reach areas of a power plant, even where GPS is denied and dust is significant. Deploy it in seconds and start collecting data from every corner with no human entry.
LEARN MORE →
UT Payload
Combined with the Tether Power Unit, the UT Payload allows to remotely collect up to 250 UTM per hour inside boilers, chimneys, scrubbers, and more. It provides the necessary data, precisely localized in the 3D model of the asset, to plan appropriate maintenance without the need for human entry or extensive scaffolding.
LEARN MORE →
Inspector Software
Integrated data analysis tool used for managing, analyzing, and reporting the data captured by the drone, providing the maintenance teams with precise data and more informed decision-making. Easily compare data over time to see the evolution of defects and know when to act.
LEARN MORE →
Case Study
Using UT drones for power plant inspections
Returkraft, a waste-to-energy plant in Norway, is transforming visual and UT inspections by replacing costly, time-consuming scaffolding with remote drone inspections. By using these drones in confined areas like boilers and scrubbers, the power plant has dramatically improved safety and efficiency.
Access a wide range of applications for power generation inspection drones
Case Study
Using drones for boiler inspections at Returkraft
A standard boiler inspection at Returkraft would require a team of 10 to 15 people to set up the scaffolding, costing them over € 200,000. Since purchasing the Elios they have managed to significantly reduce the need for scaffolding for inspection purposes and only build it where maintenance is required, allowing them to cover the cost of the drone many times.
CASE STUDYCase Study
Using drones for wind blade inspections at Pathfinder Optics
Unreported cracks, blisters, or fiberglass buildup can lead to reductions in energy production and serious issues with the blade and the motor. Up to 90% of blade defects can only be seen from the inside. By deploying the Elios 3 drone, Joseph from Pathfinder Optics was able to inspect all 3 blades within 2 hours, compared to the 8 hours required with standard methods.
CASE STUDYCase Study
Using drones for penstock inspections at VZU Plzen
Since adopting the Elios 3, VZU Plzen has been able to rapidly improve its inspection efficiency and safety across various projects. This includes using the Elios 3 to inspect penstocks, where they have seen an 84% efficiency gain in inspection time as a result of using the Elios 3 drone, alongside a significant cost reduction and safety improvement.
CASE STUDYCase Study
Using drones for condenser inspections at Dominion Energy
Using the Elios 3 to inspect the 20-meter high condensers (65 feet) has streamlined inspection workflows for the Dominion Energy site and massively reduced the inspection time. It has cut the process from taking over a week to just 2 shifts. Using the drone has helped keep inspectors safe as well as deploy resources more efficiently and collect higher quality data.
CASE STUDYCase Study
Using drones for boiler inspections at Returkraft
A standard boiler inspection at Returkraft would require a team of 10 to 15 people to set up the scaffolding, costing them over € 200,000. Since purchasing the Elios they have managed to significantly reduce the need for scaffolding for inspection purposes and only build it where maintenance is required, allowing them to cover the cost of the drone many times.
CASE STUDYCase Study
Using drones for wind blade inspections at Pathfinder Optics
Unreported cracks, blisters, or fiberglass buildup can lead to reductions in energy production and serious issues with the blade and the motor. Up to 90% of blade defects can only be seen from the inside. By deploying the Elios 3 drone, Joseph from Pathfinder Optics was able to inspect all 3 blades within 2 hours, compared to the 8 hours required with standard methods.
CASE STUDYCase Study
Using drones for penstock inspections at VZU Plzen
Since adopting the Elios 3, VZU Plzen has been able to rapidly improve its inspection efficiency and safety across various projects. This includes using the Elios 3 to inspect penstocks, where they have seen an 84% efficiency gain in inspection time as a result of using the Elios 3 drone, alongside a significant cost reduction and safety improvement.
CASE STUDYCase Study
Using drones for condenser inspections at Dominion Energy
Using the Elios 3 to inspect the 20-meter high condensers (65 feet) has streamlined inspection workflows for the Dominion Energy site and massively reduced the inspection time. It has cut the process from taking over a week to just 2 shifts. Using the drone has helped keep inspectors safe as well as deploy resources more efficiently and collect higher quality data.
CASE STUDYLearn more about power generation drones
Invest in the future of power plant inspections
By adopting collision-tolerant inspection drones, you reduce the reliance on hazardous, slow, and expensive methods like scaffolding, ensuring your operations are safer and more efficient. Learn how to implement this reliable data-capturing tool at your facility.
Contact UsInvest in the future of power plant inspections
By adopting collision-tolerant inspection drones, you reduce the reliance on hazardous, slow, and expensive methods like scaffolding, ensuring your operations are safer and more efficient. Learn how to implement this reliable data-capturing tool at your facility.
Investing in inspection drones improves worker safety, reduces inspection time and cost, and improves data quality, which helps managers make more informed decisions. These benefits are possible thanks to the reduction of human entry into dangerous, confined, or high-access areas and the reduction of scaffolding or rope-access.
Drones solve the costly and dangerous challenge of having to regularly inspect assets that are under constant stress, especially when these inspections must take place in confined and hard-to-reach areas. The drone acts as a reliable data-capturing tool, reducing the reliance on hazardous, slow, and expensive methods like scaffolding or rope-access.
Drones like the Elios 3 are inspection tools specifically designed to perform visual, thermal, NDT, and LiDAR inspections in confined and hard-to-reach areas. The drone can easily inspect confined areas like boilers and scrubbers thanks to its collision-tolerant cage and the LiDAR, which allows the drone to fly in GPS-denied areas.
Drones like the Elios 3 UT are the ideal data collection tool for power plants, as they can collect all the necessary data needed to plan appropriate maintenance. This includes high-quality visual and thermal data, ultrasonic thickness measurements, and digital twins.
Yes. The Elios 3 drone performs internal blade inspections to detect damage from lightning without putting people at risk. One application showed that Joseph from Pathfinder Optics was able to inspect all 3 blades within 2 hours, which is much faster than the 8 hours required with standard methods.
Yes. Drones can inspect hydropower penstocks for damage in the concrete or steel structure. Several companies have achieved cost reductions as high as 90% and efficiency improvements of 400% as a result of using the Elios 3 for penstock inspections.
Energy companies around the world are starting to create centralized drone programs where they manage several drone platforms and then deploy them to the plants that require urgent or periodic inspections.
Investing in inspection drones improves worker safety, reduces inspection time and cost, and improves data quality, which helps managers make more informed decisions. These benefits are possible thanks to the reduction of human entry into dangerous, confined, or high-access areas and the reduction of scaffolding or rope-access.
Drones solve the costly and dangerous challenge of having to regularly inspect assets that are under constant stress, especially when these inspections must take place in confined and hard-to-reach areas. The drone acts as a reliable data-capturing tool, reducing the reliance on hazardous, slow, and expensive methods like scaffolding or rope-access.
Drones like the Elios 3 are inspection tools specifically designed to perform visual, thermal, NDT, and LiDAR inspections in confined and hard-to-reach areas. The drone can easily inspect confined areas like boilers and scrubbers thanks to its collision-tolerant cage and the LiDAR, which allows the drone to fly in GPS-denied areas.
Drones like the Elios 3 UT are the ideal data collection tool for power plants, as they can collect all the necessary data needed to plan appropriate maintenance. This includes high-quality visual and thermal data, ultrasonic thickness measurements, and digital twins.
Yes. The Elios 3 drone performs internal blade inspections to detect damage from lightning without putting people at risk. One application showed that Joseph from Pathfinder Optics was able to inspect all 3 blades within 2 hours, which is much faster than the 8 hours required with standard methods.
Yes. Drones can inspect hydropower penstocks for damage in the concrete or steel structure. Several companies have achieved cost reductions as high as 90% and efficiency improvements of 400% as a result of using the Elios 3 for penstock inspections.
Energy companies around the world are starting to create centralized drone programs where they manage several drone platforms and then deploy them to the plants that require urgent or periodic inspections.



